Arousal
Arousal = Degree of physiological and psychological readiness to perform - intensity of motivation/ drive to achieve
Physiological/ somatic - sweating/ increased HR
Psychological/ cognitive - stress/ negative thinking
Introverts - stimulated RAS and high internal arousal
Extroverts - not stimulated RAS and low internal arousal
Theories of Arousal
Drive Theory:
as arousal increases, performance increases
if arousal decreases, performance will decrease
linear relationship
low arousal = low performance and high arousal = high performance
high arousal brings out more dominant responses - stored as motor programmes
as a rugby players arousal increases, the better they will play
better for autonomous learners - developed motor programmes
bad for cognitive learners - have no motor programmes
too simplistic
linear relationship is rare
doesn't account for personality/ nature of the task/ skill classification
Inverted U Theory:
arousal increases and performance increases to an optimum point - optimal arousal
if arousal continues to increase, performance will decline
accounts for personality type - introverts need less arousal than extroverts to reach optimal arousal
accounts for skill classification - gross skills need more arousal than fine skills
accounts for cognitive and associate learners - cognitive learners need less arousal than autonomous learners
Catastrophe Theory:
low arousal = low performance
arousal increases as performance increases to the optimum point
if arousal continues to increase, performance will decline
if arousal can be controlled, performance will increase again
explains why personality will suddenly decline
explains how performance can increase after a decline
doesn't account for personality types
more realistic than the drive theory
Peak Flow Experience:
phrase used by athletes who reach the optimum - relate this to an emotional response
referred to as being in the zone
focused on performing and there are no distractions
movements are automatic
perform with little conscious thoughts
rely on a motor programme
rely on selective attention